Adjustable Drain Cap for Multi-Size Bottles
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Solution Overview
Problem
The inconvenience of having to prepare and switch between multiple dispensers or caps of different sizes to accommodate bottles with varying opening sizes for efficient detergent drainage, leading to time-consuming reinstallation of drain hoses.
Innovation Solution
A cap design featuring a main body with a sleeve and extension sleeve, along with a valve module, allowing engagement with bottles of different sizes, including a leakage-proof mechanism and threaded components for secure sealing and pressure regulation, enabling seamless switching between bottles of varying sizes.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If multiple caps of different sizes are prepared to accommodate bottles with varying opening sizes, then the cap can fit different bottle openings, but the complexity of the system increases and time is lost during reinstallation
Solution Approach 1:
The cap is designed with an adjustable sleeve that can extend or retract to accommodate different bottle opening sizes. This universal design allows a single cap to fit multiple bottle sizes, eliminating the need for multiple specialized caps while maintaining compatibility across different openings.
Solution Approach 2:
The cap incorporates a movable sleeve component that can dynamically adjust its length or position based on the bottle opening size. This dynamic adjustment mechanism allows the cap to adapt to different dimensions without requiring physical replacement of the entire cap assembly.
2Adaptability or versatility
If multiple caps of different sizes are prepared to accommodate bottles with varying opening sizes, then the cap can fit different bottle openings, but the time required for switching between bottles increases
Solution Approach 1:
The adjustable cap design allows users to switch between different bottle sizes without replacing the cap entirely. The sleeve can be quickly adjusted to fit different opening sizes, dramatically reducing the time required for switching bottles compared to uninstalling and reinstalling different sized caps.
Solution Approach 2:
The cap is designed with pre-configurable sleeve positions that can be adjusted in advance to match different bottle opening sizes. Users can prepare the cap for the next bottle size before actually switching bottles, minimizing downtime during the switching process.
3Device complexity
If a single cap design is used for all bottle sizes, then the system becomes simpler, but the seal effectiveness and leakage prevention deteriorate
Solution Approach 1:
The movable sleeve component can be dynamically positioned to achieve optimal contact with different bottle opening edges. This dynamic adjustment ensures that the sealing surface always aligns properly with the specific bottle opening size, maintaining seal effectiveness across all bottle sizes while using a single cap design.
Solution Approach 2:
The cap incorporates a sealing mechanism with localized contact surfaces that adapt to different bottle opening geometries. The sleeve can be adjusted to position the sealing surface at the optimal location for each bottle size, ensuring reliable sealing without requiring multiple specialized caps.
4Adaptability or versatility
If the sleeve is made extendable to accommodate different bottle sizes, then the cap becomes more versatile, but the structural complexity of the cap increases
Solution Approach 1:
The sleeve is designed with a simple extension mechanism that allows it to lengthen or shorten based on the bottle opening size. This dynamic structure provides adjustability while maintaining relatively simple construction, avoiding the need for complex mechanical systems.
Solution Approach 2:
The cap is divided into modular components including an adjustable sleeve that can be independently positioned. This segmentation allows the sleeve to be adjusted without affecting other parts of the cap, providing versatility while keeping each component relatively simple in design.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Enables convenient and efficient drainage by allowing the cap to adapt to multiple bottle sizes, reducing the need for multiple caps and simplifying the process of switching between bottles, while ensuring a secure seal and smooth liquid flow.
Implementation Method 1
the elastic element supporting the sealing element so the sealing element sealing the air valve
Implementation Method 2
the elastic sealing part coupled to the inlet part and elastically sealing the holding space so as to connect the air way with the regulation space when the pressure in the air way is greater than that in the regulation space
Data Source
AI summary
A cap for a drain hose and a plurality of bottles with different opening sizes is provided. The cap includes a main body and an extension body. The main body includes a main sleeve, a sleeve for drain hose and a leakage-proof part, wherein the main sleeve is for engaging with a first bottle, the sleeve for drain hose is for engaging with the drain hose, and the leakage-proof part is for closely sealing the opening of the first bottle. The extension body is formed integrally with the main body and extends outwardly from the main body, the extension body including an extension sleeve for engaging with a second bottle, the opening size of the second bottle being larger than the opening size of the first bottle.